Spin-2 Structure of the Gravitational Mediator: Phase-Stable Pair Emission and Quadrupole Radiation in the 0-Sphere Model

May 16, 2026Open Access

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This paper aims to resolve the spin-2 character of the gravitational mediator and establish the phase-stability of the emitted pairs.
Demonstrated rank-2 tensor proof for the gravitational mediator using Thomas angular velocity properties.
Identified pair emission events at angles C0/2 and 3C0/2 within each Zitterbewegung cycle.
Analyzed quadrupole moment generation from the mass-energy asymmetry in the photon-sphere fragment.
Confirmed two ejection events per Zitterbewegung cycle with B4t = T_{ ext{ZB}}/2.
Established a phase-stable pair as a rank-2 symmetric tensor carrying graviton helicity B1 2.
Quantified gravitational radiation power production at an estimated level of 10^{-70}A0W per single electron.

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Evaluates spin-2 gravitational mediator structure, suggesting new emission dynamics.

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Satoshi Hanamura (2026) studied this question.

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